Simulation and Emulation in Support of Operational Networks: ALWAYS ON

Transcription

1 UNCLASSIFIED Simulation and Emulation in Support of Operational Networks: ALWAYS ON NDIA 15 th Annual Systems Engineering Conference 25 October 2012 Dr. Nancy Bucher ASA(ALT) OCSE/PoR UNCLASSIFIED

2 CURRENT GAP IN M&S AND EMULATION EFFECTIVE OPERATIONAL NETWORKS CRITICALLY UNDERPIN ARMY MISSION SUCCESS Gap: THE NETWORK IS THE ARMY S NUMBER ONE MODERNIZATION PRIORITY Continuous availability of authoritative Network models, data, representative architectures and metrics for use across the life cycle from Concept Design to Development, to Test and Evaluation, to Training and Mission Rehearsal is missing Current Situation: Individual efforts being done in stove-pipe manner provide limited and /or inconsistent data and feedback about Operational Networks, impacting the Warfighter now Critical Need: Authoritative Persistent Integrated Environment for Analysis, Research, Design, Test, Evaluation, Training and Experimentation on Operational Networks JOINT NETWORK EMULATION (JNE): ALWAYS ON 2

3 RELEVANT OPERATIONAL CONTEXT FOR JNE: The Integrated Battlespace at a Joint and Coalition Level 3

4 VISION: SYSTEM OF SYSTEMS ENVIRONMENT FOR JNE Always On : Establishing a Continuous Authoritative Network LVC Environment for Development, Test, and Training of Operational Networks & Netcentric Systems: Providing a Common Pedigree of Data Available to All Users Instrumentation Warfighter Systems Distributed Common Components Data HPC assets for Continual Capability Based RDT&E for Network & warfighter system Performance, Interoperability, Effectiveness, and Suitability Use Cases: Network & System Development Warfighting Experimentation Training & Mission Rehearsal Operational Planning Concept/ Capabilities Development Operational Environment Supported locally and available remotely Core Enabling Technologies: Cloud Computing and Virtualization High Performance Computing Mature LVC Tools & Environments High Fidelity Models Robust connectivity among Army installations 4

5 VALUE PROPOSITION Critical Need : A persistent relevant operational context representing Army Operational Network environments that is always available Why Now: Not starting from scratch building a persistent LVC environment that leverages available capabilities at the Army laboratories, acquisition, testing, and combat development communities Approach: Starting with core JNE capability (demonstrated in NIE 13.1) and evolving it via an incremental build process in collaboration with Army stakeholders, with each build rolled out at Field Test events such as the Network Integration Evaluations (NIE) Product: Always On: A persistent LVC environment representing Army (and eventually Joint and Coalition) operational networks CONCEPT WARFIGHTER PERSISTENT INTEGRATED NETWORK ALWAYS ON DEVELOPMENT EVALUATION TESTING ALWAYS ON SUPPORTS ALL PHASES OF NETCENTRIC SYSTEM DEVELOPMENT 5

6 JNE ALWAYS ON BACKBONE: Live-Virtual-Constructive Framework That Exists Today Tactical Apps OneSAF, JCATS etc DISTRIBUTED SIMULATIONS C2/SA Apps etc C5ISR Sensor Feeds Live Radios System in the Loop Interface (HITL/SITL) TENA/HLA/DIS Interfaces Military Waveform Model Library Network Emulator Joint Network Simulator/Emulator Environment Network Management Interface (NMI) Other Applications Interface Live Network Manager Test Control and Data Tools leveraging a set of capabilities that has been developed over the past 15 years by a partnership activity between the acquisition, testing, and combat development communities 6

7 DOD-WIDE EXISTING JNE MODELS, NETWORKS AND COMMUNICATIONS PATHWAYS High-Fidelity model funded by PEO Space Systems (Navy) Abstract models funded by PM Aviation System, AMRDEC, RTC Abstract model funded by PM Aviation System, AMRDEC, RTC Abstract model funded by PEO-I High-Fidelity model funded by SSC-PAC, RTC High-Fidelity model funded by JPEO, PEO-I, Army OTC High-Fidelity model funded by JPEO, PEO-I, Army OTC High-Fidelity model funded by Army OTC 7

8 TESTING INTEROPERABILITY USING JNE: END TO END NETWORK PERFORMANCE Platoon Leader Vehicle has a C2 Laptop/Gateway that will publish the PLI locally and also as an inter-brigade message using the Wideband Networking Waveform (WNW) radio network PLI generated by NW ATRIX smart phone devices is sent out via Rifleman Radios (RR) running Soldier Radio Waveform (SRW) to the Platoon Leader Vehicle Other alternative paths for the PLI for mission network wide dissemination are through Blue Force Tracker II (BFT-2) via the Joint Capability Release (JCR) platforms and through the Warfighter Information Network Tactical (WIN-T) segment PLI is generated by several systems (NW app on ATRIX smartphones, JCR hosts) and traverses over several LTNE segments (such as the SRW Rifleman Radio Network, and the WNW radio network) and key UTNE segments (BFT-2 and WIN-T) for dissemination through the entire mission network JNE uses a mix of LVC assets to execute the end-end PLI mission thread for data and interoperability testing across the end-end network Extensible for NIE test planning, NIE test scaling, warfighter training and mission network planning 8

9 JNE ALWAYS ON VALUE ADDED TO NIE NIE Pre-Planning and Test Rehearsal: Lab-based risk reduction for live test events (pre-screen readiness) Cost reduction for on the ground pre-test activities (e.g network configurations, ) Live NIE Test Test As We Fight : Realistic network loading in a Relevant Operational Context with complex live maneuvers Assessing the impacts of scaling the networks Validating routing and reconfiguration designs After Event Review and What If Analyses: Assessment of NIE results and lessons learned Test plan design and refinement for next NIE through lab-based experimentation NIE PLANNING (TEST REHERSAL) AFTER EVENT REVIEWS (WHAT-IF ANALYSIS) LIVE NIE TEST (TEST AS WE FIGHT) INTEGRATION AND INTEROPERABILITY EXPERIMENT (I2E) NETWORK INTEGRATION EVALUATION (NIE) ARMY INTEROPERABILITY CERTIFICATION 9

10 JNE ALWAYS ON FOUNDATION OF CAPABILITIES Scalable, real-time, network models with options for fidelity (conceptual, emulation, or abstract) that can be invoked depending on use cases (e.g. SRW, WNW, WIN-T, etc) Operational Networks test bed environment capable of evaluating systems and system of systems effectiveness, current & future capabilities, as-is and to-be architectures High fidelity RF effects (e.g., urban terrain) System-in-the-loop ( SIL ) with live radios (e.g. GMR, HMS, etc) Software-in-the-loop with live battlefield applications (e.g. IBEX, FCBC2, etc) Fast, agile, low risk integration of technology & operations for integration and test events such as NIE Repeatable, relevant, end-to-end test environment capable of executing larger than single thread scenarios Interface with live network managers (e.g. JENM) Interface with instrumentation and data collection tools used on live networks (e.g. OASIS) Interface with external simulation tools (e.g. OneSAF) Representation of Multi-level Security Distributed Networked Live-Virtual-Constructive technologies environment reducing the need to ship equipment and relocate key personnel Leveraging the strengths and tool suites of each participating location, promoting collaboration and reuse of test assets across T&E, Planning, Analysis, Acquisition, Training, Cyber Relevant Operational Contexts for TRL assessments 10

11 EXAMPLE USE CASES FOR JNE: Live Tactical Application Testing Live, virtual or constructive versions of tactical applications can be made to run on top of JNE emulated radios ( WNW, SRW, Legacy ) to assess the performance of the actual applications over a mix of scenarios ( fixed, mobile, urban, etc..) Developmental Testing of applications/network managers/analysis tools to be run on the tactical radio networks Operational Testing of tactical radio networks Stimulate systems under test and Measure Effect of Scale 11

12 EXAMPLE USE CASES FOR JNE: Operation Planning/ Network Assessment Designing routing environments Validate network settings before deployment Assist in optimal network configurations Dynamic network planning and optimization 12

13 EXAMPLE USE CASES FOR JNE: Training JNE Concept is consistent with and supportive of the Training Community Train Network Managers Force on Force Training Train the warfighter on the net-centric systems and related concepts Support for units conducting Decisive Action Operations training Enables multi-echelon training Expands the live battle-space Expands Battle Staff Training opportunities beyond major training Exercises Excerpt 28 June 2102 Briefing to M&S CoC: COL Anthony Krogh, Director NSC 13

14 EXAMPLE USE CASES FOR JNE: Materiel Development and Integration Virtual Development and Integration Environment Capability for development teams to iteratively test and refine the interoperability of their systems with other systems Enabling a Build-Test-Build Process at a Systems and System of Systems level Government Core Competencies and Facilities 14

15 EXAMPLE USE CASE FOR JNE: Battlefield Cyber Threat Analysis Test Resource Management Center ( TRMC ) Science & Technology Program has funded the development of a LVC cyber threat simulation & stimulation capability called StealthNet ATEC and TSMO: Technology transition partners for integration with JNE STEALTHNET OV-1 Enabling Test & Evaluation of Mission Assurance Under Full-Spectrum Cyber Operations 15

16 JNE ALWAYS ON: CONSISTENT WITH THE ARMY T&E ENTERPRISE STRATEGIC PLAN 2013 Always On Establishes a Continuous Authoritative Network LVC Environment for Development, Test, and Training of Operational Networks & Netcentric Systems: Providing a Common Pedigree of Data Available to All Users 16

17 JNE ALWAYS ON: CONSISTENT WITH THE ARMY AGILE CAPABILITIES LIFE CYCLE PROCESS FIGURE 1 FROM SOP: AGILE CAPABILITIES LIFE CYCLE PROCESS 7 AUGUST 2012 FINAL v.1 17

18 JNE ALWAYS ON Bringing Capabilities Together In Support Of Our Warfighters 18

19 Questions? 19

20 DOD AND ARMY-WIDE USE & SUPPORT INTRODUCTION ASA(ALT) OCSE Always On concept is leveraging a set of capabilities that has been developed over the past 15 years by a partnership activity between the acquisition, testing, and combat development communities These organizations have worked diligently to make the idea of high resolution, distributed real-time cyber/network simulation and integration a reality. This initial foundation for the Always On JNE is a result of that collaboration and that determination - across many communities - to insure that the networks our soldiers lives depend on are developed, tested and trained to the highest of standards. 20

21 DOD AND ARMY-WIDE USE & SUPPORT (1 OF 2) ATEC ATEC G9 (Mr. Don Timian) is a key partner: requirements, resources, funding, re-use of ATEC capabilities OTC (Mr. John Diem/Mr. Mike DiGennaro): funding integration of JNE with Army instrumentation & data collection suites; funded development of WNW and SRW related HWIL/SWIL capabilities via BCNIS EPG (Mr. Jeff Thomas): working closely with OTC to evolve original STORM architecture and leverage C4 simulation, test control, and DCRA tools ATEC G9 Threats ICW and PEOSTRI/PM ITTS/TSMO (Mr. Paul Kelley/ Mr.SkipTornquist/ Mr Dennis Schneider) has selected SNT products for threat and EW environments. Will leverage StealthNet with JNE to assess cyber vulnerabilities of deployed Army netted architectures. RTC/AMRDEC (Dr. Ken Lesueur/Dr Nancy Bucher) funding enhancements to JNE for aerial tier and to employ the environment on its HPC backbone/integration work with aerial tier PM Space Systems (Mr. Austin Mroczek) funding development of MUOS model & its integration into JNE TRMC NST S&T (Mr. Gil Torres) funding development of network attack and defense models and its transition to ATEC; PEO STRI 21

22 DOD AND ARMY-WIDE USE & SUPPORT (2 OF 2) JPEO JTRS (Mr. Greg Adams/Mr. Joe Oleksa) funding model enhancements, network management functions, and use for planning and training during NIEs. Used JNE to plan NIE 12.2 SRW networks and train on network managers. Demonstrating JTRS capabilities via JNE in JPEO JTRS booths (MILCOM, AFCEA, LandWarNet,..) NETCOM Ft. Huachuca (Mr Greg Mendez) using real-time modeling capabilities for cyber vulnerability assessment of Army enterprise networks. ASA(ALT) Office of Chief Systems Engineer (Mr. Terry Edwards / Mr. Leo Smith/Dr. Nancy Bucher) Evaluating use of JNE as the framework for an "always on" systems of systems engineering capability with initial support to Common Operating Environment (COE) development ASA(ALT) System of Systems Integration (Dr. Dennis Bushmitch/Dr. John Fikus) using earlier version of JNE in the lab; ongoing discussions for use of JNE to give SOSI comprehensive capabilities for NIE risk reduction (LBRR). Planned use in NIE 13.1 for integrated testing. TRADOC, CDID Ft Gordon (Mr. Shaun Kobert) using previous version extensively in exercises; upgrading to JNE & continues involvement providing current mission profiles and scenarios. AMSAA (Mr. John Wray): Evaluating use of JNE and StealthNet for analysis 22

23 JNE AREAS OF SUPPORT FOR THE ARMY T&E ENTERPRISE STRATEGIC PLAN 2013 Strategic Initiative 1. Standardize & optimize business practices. Sub-task 3. Create certified standards & protocols. Strategic Initiative 2. Support integration activities that enable emerging Agile acquisition processes. Sub-task 1. Integrate testing across multiple programs and utilize all available data sources to support evaluations. Sub-task 2. Prepare the Enterprise to test and evaluate emerging technologies. Strategic Initiative 3. Identify & implement T&E efficiencies. Sub-task 3. Leverage Modeling and Simulation (M&S) to augment / replace tests and shorten testing. 23